Textile Conductive Yarn

Haining Taierxin New Materials Co., Ltd. is one of the most reliable manufacturers and suppliers of textile conductive yarn in China. Please feel free to wholesale high quality textile conductive yarn made in China here from our factory. Welcome to view our website for more information.

Advantages

The composite spun type organic conductive fiber is obtained by thoroughly mixing the conductive carbon powder with the molten matrix material, and then forming a two-component conductive fiber by forming a fiber into a fiber through a special spinning hole and a matrix material. Its product characteristics are that it does not cause carbon particles to fall off due to friction and washing, and has good properties such as washing resistance, bending resistance and wear resistance.

In the clean environment of class 10000 or above, carburized fiber is not applicable, only composite spinning conductive fiber can be selected. If it is also a composite spinning conductive fiber, compared with its structure, the conductive fiber which is completely wrapped in the outer layer of the fiber after the melting and mixing of carbon and the base material, because it has the largest conductive surface area and the best conductive performance, should also become the first choice of anti-static super clean fabric. In addition, the hole number (d number) of the conductive fiber and the parallel processing condition of the conductive fiber also have a great influence on the performance of the conductive fiber. With the same structure of conductive fiber, the more the number of holes, the larger the conductive surface area, the stronger the conductivity. The effect of the same conductive fiber is different when it is compounded on different equipment. Under the high power magnifying glass, we can see that some conductive wires float on the cloth surface in the antistatic super clean fabric, which is caused by the uneven tension control when the conductive wires are compounded. The conductive wire floating on the surface is easy to be broken, and then it will fall off from the fabric, which not only affects the conductivity, but also destroys the cleanliness. Therefore, it is necessary to select as many conductive fibers as possible.

Advantages of anti-static fabric

1. Excellent anti-static performance, permanent and washable.

2. Can eliminate the harm of static electricity to the human body, eliminate static electricity generated when the body moves or wears off.

3. Can eliminate the clothes caused by static electricity, tangled, not easy to dust, resistant to dirt and easy to wash.

4. In the electronics, instrumentation and other industries, it can prevent damage and aging of electronic components caused by static electricity; in the petrochemical industry, it can prevent the danger of burning and explosion caused by static electricity.

Disadvantages of anti-static fabric

1. This anti-static clothing is permanently anti-static, the low temperature is not affected, and the friction voltage can be as low as 20V or less.

2. Not beautiful, not suitable for daily life

Common problems with anti-static fabrics

Q: How to identify anti-static fabrics

A: The first type is fake fabric. This is definitely fake after it is made. The fake fabric is soaked with anti-static liquid, so it is anti-static before it is washed, but it loses anti-static effect after washing.

The second type is the fake process, which means that the work does not meet the requirements of the electrostatic clothing. On the one hand, the electrostatic clothing requires the double needle of the wireless head, instead of the sewing process, the double needle is seamless, thus ensuring the cleanliness of the electrostatic clothing, and On the one hand, it is all-conducting, and the sleeves are connected to the main body of the garment. This requires special conductive threads to be sewn. It is also false to not comply with these two processes.

Q: What is the main material of anti-static fabric?

A: The conductive fiber is carbonized or doped to mix the carbon black with the fibrous material. The carbon black forms a continuous phase structure in the fiber, which imparts conductivity to the fiber. Polyester is easy to generate static electricity, and conductive fiber is used to make the fabric conductive. The conductive fiber discharges static electricity from the human body through the conductive wire.